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Dienstag, 4. April 2000

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Di, 09:00–09:45 HS X PV II 09:00 None P Q a P 09:00 Q a
09:00 None P Q b P 09:00 Q b
Di, 09:45–10:30 HS X PV III 09:45 None P R a P 09:45 R a
09:45 None P R b P 09:45 R b
Di, 11:00–11:35 HS I A III: HV III 11:00 None PP QP a PP 11:00 QP a
11:00 None PP QP b PP 11:00 QP b
Di, 11:00–11:40 HS XIV K I: HV I 11:00 None Q P a Q 11:00 P a
11:00 None Q P b Q 11:00 P b
Di, 11:00–11:30 HS VII MS IV: HV IV 11:00 None QP QQ a QP 11:00 QQ a
11:00 None QP QQ b QP 11:00 QQ b
Di, 11:00–11:40 HS VI MO II: HV II 11:00 None QPP PP a QPP 11:00 PP a
11:00 None QPP PP b QPP 11:00 PP b
Di, 11:00–11:40 HS IX P III: HV III 11:00 None R R a R 11:00 R a
11:00 None R R b R 11:00 R b
Di, 11:00–13:00 HS VIII SYCF 1: Selektierte Cluster und Fullerene 11:00 None T P a T 11:00 P a
11:00 None T P b T 11:00 P b
Di, 11:00–11:40 HS X SYNO I: HV I 11:00 None TP P a TP 11:00 P a
11:00 None TP P b TP 11:00 P b
Di, 11:30–12:00 HS VII MS V: HV V 11:30 None QP R a QP 11:30 R a
11:30 None QP R b QP 11:30 R b
Di, 11:40–12:15 HS I A IV: HV IV 11:40 None PP QPP a PP 11:40 QPP a
11:40 None PP QPP b PP 11:40 QPP b
Di, 11:40–12:20 HS XIV K II: HV II 11:40 None Q PP a Q 11:40 PP a
11:40 None Q PP b Q 11:40 PP b
Di, 11:40–12:20 HS VI MO III: HV III 11:40 None QPP PQ a QPP 11:40 PQ a
11:40 None QPP PQ b QPP 11:40 PQ b
Di, 11:40–12:20 HS IX P IV: HV IV 11:40 None R RP a R 11:40 RP a
11:40 None R RP b R 11:40 RP b
Di, 11:40–12:20 HS X SYNO II: HV II 11:40 None TP PP a TP 11:40 PP a
11:40 None TP PP b TP 11:40 PP b
Di, 12:00–12:30 HS VII MS VI: HV VI 12:00 None QP RP a QP 12:00 RP a
12:00 None QP RP b QP 12:00 RP b
Di, 12:20–13:00 HS VI MO IV: HV IV 12:20 None QPP Q a QPP 12:20 Q a
12:20 None QPP Q b QPP 12:20 Q b
Di, 12:20–13:00 HS X SYNO III: HV III 12:20 None TP PQ a TP 12:20 PQ a
12:20 None TP PQ b TP 12:20 PQ b
Di, 14:00–16:00 HS I A 6: Photoionisation I (gemeinsam mit dem FV Molekülphysik) 14:00 None PP U a PP 14:00 U a
14:00 None PP U b PP 14:00 U b
Di, 14:00–16:00 HS II A 7: Atome in äußeren Feldern 14:00 None PP UP a PP 14:00 UP a
14:00 None PP UP b PP 14:00 UP b
Di, 14:00–16:00 HS IV A 8: Theorie Semi–Klassik 14:00 None PP V a PP 14:00 V a
14:00 None PP V b PP 14:00 V b
Di, 14:00–15:45 HS XIV K 3: Lasersysteme 14:00 None Q QQ a Q 14:00 QQ a
14:00 None Q QQ b Q 14:00 QQ b
Di, 14:00–16:00 HS VII MS 3: Beschleunigermassenspektrometrie 14:00 None QP UP a QP 14:00 UP a
14:00 None QP UP b QP 14:00 UP b
Di, 14:00–16:00 HS VI MO 6: Spektroskopie II 14:00 None QPP UP a QPP 14:00 UP a
14:00 None QPP UP b QPP 14:00 UP b
Di, 14:00–16:00 HS I MO 7: Photoionisation I (gemeinsam mit FV Atomphysik) 14:00 None QPP UPP a QPP 14:00 UPP a
14:00 None QPP UPP b QPP 14:00 UPP b
Di, 14:00–16:00 HS III P 3: Theorie/Dichte Plasmen II 14:00 None R UPPPPP a R 14:00 UPPPPP a
14:00 None R UPPPPP b R 14:00 UPPPPP b
Di, 14:00–15:30 HS V P 4: Magnetischer Einschluss I 14:00 None R UPPQ a R 14:00 UPPQ a
14:00 None R UPPQ b R 14:00 UPPQ b
Di, 14:00–16:00 HS IX P 5: Plasmadiagnostik I 14:00 None R UPQ a R 14:00 UPQ a
14:00 None R UPQ b R 14:00 UPQ b
Di, 14:00–15:45 HS XI Q 7: Quanteneffekte II 14:00 None RP X a RP 14:00 X a
14:00 None RP X b RP 14:00 X b
Di, 14:00–15:30 HS XII Q 8: Halbleiterlaser 14:00 None RP Y a RP 14:00 Y a
14:00 None RP Y b RP 14:00 Y b
Di, 14:00–16:00 HS XIII Q 9: Erzeugung ultrakurzer Pulse 14:00 None RP YP a RP 14:00 YP a
14:00 None RP YP b RP 14:00 YP b
Di, 14:00–19:00 HS XV Q 10: Atomoptik II 14:00 None RP Z a RP 14:00 Z a
14:00 None RP Z b RP 14:00 Z b
Di, 14:00–18:00 HS XVI Q 11: Fallen und Kühlung II 14:00 None RP ZP a RP 14:00 ZP a
14:00 None RP ZP b RP 14:00 ZP b
Di, 14:00–16:00 HS VIII SYCF 2: Freie und deponierte Cluster 14:00 None T Q a T 14:00 Q a
14:00 None T Q b T 14:00 Q b
Di, 14:00–14:40 HS X SYNO IV: HV IV 14:00 None TP PQP a TP 14:00 PQP a
14:00 None TP PQP b TP 14:00 PQP b
Di, 14:40–15:20 HS X SYNO V: HV V 14:40 None TP Q a TP 14:40 Q a
14:40 None TP Q b TP 14:40 Q b
Di, 15:20–16:00 HS X SYNO VI: HV VI 15:20 None TP QP a TP 15:20 QP a
15:20 None TP QP b TP 15:20 QP b
Di, 16:30–18:30 HS I A 9: Photoionisation II (gemeinsam mit dem FV Molekülphysik) 16:30 None PP VP a PP 16:30 VP a
16:30 None PP VP b PP 16:30 VP b
Di, 16:30–18:30 HS II A 10: Experimentelle Verfahren 16:30 None PP VPP a PP 16:30 VPP a
16:30 None PP VPP b PP 16:30 VPP b
Di, 16:30–17:45 HS XIV K 4: Hochleistungs-/Impulssysteme (Schnellv. Plasmen, pulsf. Elemente u. Schalter) 16:30 None Q QR a Q 16:30 QR a
16:30 None Q QR b Q 16:30 QR b
Di, 16:30–18:00 HS VII MS 4: AMS, Laserresonanzionisation 16:30 None QP V a QP 16:30 V a
16:30 None QP V b QP 16:30 V b
Di, 16:30–18:30 HS I MO 8: Photoionisation II (gemeinsam mit FV Atomphysik) 16:30 None QPP UQ a QPP 16:30 UQ a
16:30 None QPP UQ b QPP 16:30 UQ b
Di, 16:30–18:15 HV IV MO 9: Theorie: Dynamik und Struktur 16:30 None QPP UR a QPP 16:30 UR a
16:30 None QPP UR b QPP 16:30 UR b
Di, 16:30–18:45 HS III P 6: Theorie/Dichte Plasmen III 16:30 None R V a R 16:30 V a
16:30 None R V b R 16:30 V b
Di, 16:30–18:15 HS V P 7: Plasmatechnologie 16:30 None R VP a R 16:30 VP a
16:30 None R VP b R 16:30 VP b
Di, 16:30–18:15 HS IX P 8: Entladungen II 16:30 None R W a R 16:30 W a
16:30 None R W b R 16:30 W b
Di, 16:30–18:45 HS XI Q 12: Festkörperlaser II 16:30 None RP [ a RP 16:30 [ a
16:30 None RP [ b RP 16:30 [ b
Di, 16:30–18:45 HS XII Q 13: Quanteninformation II 16:30 None RP \ a RP 16:30 \ a
16:30 None RP \ b RP 16:30 \ b
Di, 16:30–19:00 HS XIII Q 14: Anwendung ultrakurzer Pulse I 16:30 None RP ] a RP 16:30 ] a
16:30 None RP ] b RP 16:30 ] b
Di, 16:30–18:45 HS X Q 15: Nichtlineare Optik II 16:30 None RP ]P a RP 16:30 ]P a
16:30 None RP ]P b RP 16:30 ]P b
Di, 16:30–19:00 HS VI Q 16: Optische Technik 16:30 None RP ]Q a RP 16:30 ]Q a
16:30 None RP ]Q b RP 16:30 ]Q b
Di, 16:30–18:30 HS VIII SYCF 3: Kurzzeitdynamik 16:30 None T R a T 16:30 R a
16:30 None T R b T 16:30 R b
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